| Bi, Yan 毕延 Staff Scientist, Beijing Laboratory Email: biyan@hpstar.ac.cn Phone: +86-13778019538 Group Webpage (under construction) Research Interest: Yan Bi's research concerns mainly high pressure condensed matter physics, with applying the synchrotron X-ray and neutron methods to study equation of state, phase transitions, compressibility characteristics, and electron behavior in condensed matter under extremes. Current work focuses on high pressure phase transition and electron behavior of f electron transition metals, pressure scale and non-hydrostaticity in diamond anvil cell. |
| Chen, Bin 陈斌 Staff Scientist and Branch Director, Shanghai Laboratory Email: chenbin@hpstar.ac.cn Phone: +86 (21) 8017-7063 Research Interest: Study the structure and property modifications of solid materials due to particle size, doping, surface environments and extreme external conditions. |
| Chen, Xiao-Jia 陈晓嘉 Staff Scientist, Shanghai Laboratory Email: xjchen@hpstar.ac.cn Phone: +86 (21) 8017-7044 Research Interest: Superconductivity in elements, alloys, organic systems, cuprate and iron-based systems, multifunction materials exhibiting magnetoelectric coupling or thermoelectricity. |
| Chen, Zhiqiang 陈志强 Staff Scientist, Shanghai Laboratory Email: chenzq@hpstar.ac.cn Phone: +86 (21) 8017-7096 Research Interest: Zhiqiang Chen's research interests are in understanding the correlations between the structure and property of solid state materials under high pressure and high temperature; and develop high-pressure synchrotron techniques (x-ray diffraction and PDF). |
| Dalladay-Simpson, Philip Staff Scientist, Shanghai Laboratory Email: philip.dalladay-simpson@hpstar.ac.cn Phone: +86 18516267942 Research Interest: Research goals are to understand the interplay of simple molecular systems with pressure using primarly diamond anvil cells, from induced structural changes of pure the species to the reactivity between them and other elemental systems. Enivronmental conditions of these systems are futher tuned via cryostat/resistive heating technologies and characterised by diagnostics such as Raman spectroscopy or advanced synchrotron sources. The outcomes of this research agenda will be applicable to a more profound understanding of planetary interiors as well as producing next-generation materials. |
| Ding, Yang 丁阳 Staff Scientist, Beijing Laboratory Email: yang.ding@hpstar.ac.cn Phone: +86 (10) 5698-1732 Research Interest: Yang Ding's research concerns mainly high-pressure condensed matter physics, with a focus on creatively applying the novel synchrotron spectroscopic methods (i.e. resonant inelastic x-ray scattering, resonant x-ray emission, inelastic x-ray scattering, magnetic x-ray circular dichroism, x-ray absorption) to study emergent phenomena such as superconductivity, magnetism,and phase transitions in electron strongly correlated materials at high pressure. |
| Gou, Huiyang 缑慧阳 Staff Scientist, Beijing Laboratory Email: huiyang.gou@hpstar.ac.cn Phone: +86 (10) 5698-1749 Research Interest: The research interest of Huiyang Gou is exploring the design principles, synthesis and characterizations of novel functional materials, including super-hard, superconducting and energy-related materials, using the state-of-art high-pressure techniques.
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| Howie, Ross Staff Scientist, Shanghai Laboratory Email: ross.howie@hpstar.ac.cn Phone: +86 (21) 8017-7092 Research Interest: Focused on static compression experiments of hydrogen and deuterium in the multi-megabar pressure regime using Raman spectroscopy as a diagnostic. Work contributing to the discovery of a new phase of hydrogen (phase IV), the first solid phase of hydrogen to be discovered in past 25 years.
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| Hu, Qingyang 胡清扬 Staff Scientist, Beijing Laboratory Email: qingyang.hu@hpstar.ac.cn Phone: Research Interest: Study the physics and chemistry of the Earth's mantle and core, with a focus on the crystal structures, phase transition, composition and element cyclings of oxides, silicates and hydrous minerals.
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| Kim, Duckyoung Staff Scientist, Shanghai Laboratory Email: duckyoung.kim@hpstar.ac.cn Phone: +86 (21) 8017-7094 Research Interest: Novel Carbon-group elements (C, Si, Ge) Predictions Novel Hydrides Formation and Insulator-Metal Transition Structural Transition and Superconductivity of Materials under Pressure
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| Lee, Yongjae Staff Scientist, Shanghai Laboratory Email: yongjaelee@hpstar.ac.cn
Research Interest: High-pressure chemistry and crystallography of porous and layered materials, Mineral physics along the subduction zone, Application of synchrotron and neutron techniques to diverse geochemical and materials investigations. |
| Li, Kuo 李阔 Staff Scientist and Branch Director, Beijing Laboratory Email: likuo@hpstar.ac.cn Phone: +86 (10) 5698-1753 Research Interest: Determining the polymerization mechanism of unsaturated molecules and salts under high pressure with crystallographic and optical spectroscopic techniques; ab-initio determining the crystal structures under high pressure with multiple methods: X-ray, and neutron diffraction, as well as imaging and spectroscopy; Investigating the electrochemical properties of the polymer materials recovered from high pressure.
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| Lü, Xujie 吕旭杰 Staff Scientist, Shanghai Laboratory Email: xujie.lu@hpstar.ac.cn Phone: +86 (21) 8017-7101 Research Interest: Advanced Materials under Extreme Environments Transition-metal oxides (TiO2, ZnO, SnO2, etc.) Transition-metal dichalcogenides (MoS2, MoSe2, etc.) Organic-inorganic hybrid materials (halide perovskites) Carbon nanomaterials (graphene, CNTs, etc.)
Multifunctional thin films Design and fabrication of oxide homo- and hetero-structures Interfacial engineering to develop novel films with emergent functionalities
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| Liu, Haozhe (Arthur) 刘浩哲 Staff Scientist, Beijing Laboratory Email: haozhe.liu@hpstar.ac.cn Phone: +86 (10) 5698-1748 Research Interests: Pressure induced phase transitions, polyamorphization, or amorphization / re-crystallization. Structural refinement from high pressure powder X-ray diffraction data. Pair distribution function (PDF) studies using high energy synchrotron X-ray, combined with 3D tomography techniques for non-crystalline materials under pressure conditions. |
| Mao, Ho-Kwang (David) 毛河光 Center Director Email: maohk@hpstar.ac.cn Phone: +86 (21) 8017-7118 Research Interest: Chemistry of the Earth's Mantle and Core; Deep Earth Geophysics; Physics and Chemistry of Giant Planetary Interiors; Pioneering High Pressure Technology; High Pressure Condensed-Matter Physics; High Pressure Chemistry; High Pressure Crystallography and High-Pressure Materials Science. |
| Meng, Yufei 蒙宇飞 Staff Scientist, Shanghai Laboratory Email: mengyf@hpstar.ac.cn Phone: +86 (21) 8017-7043 Research Interest: The defects in different diamonds and their influence to properties and formation.
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| Mohamed, Mahmoud Abdel-Hafiez Staff Scientist, Beijing Laboratory Email: m.mohamed@hpstar.ac.cn Phone: +86 (10) 5698-1734 Research Interest: Mahmoud's research mainly concerns condensed matter physics. His current interest focuses on studying the electronic phase transition such as superconductivity, magnetism, and charge density waves in electron strongly correlated materials by using thermodynamic probes under extreme conditions (i.e. specific heat, penetration depth, magnetic, transport upper critical field, …)
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| Sekine , Toshimori Staff Scientist, Shanghai Laboratory E-mail: toshimori.sekine@hpstar.ac.cn Phone: +86 (21) 8017-7061 Research Interest: Focused on shock compression experiments on Earth and planetary systems by high-velocity accelerators and high-intensity lasers. Applications to formation processes of planets, shock metamorphism in meteorites, origin of life, dynamic behaviors of materials, and shock synthesis of novel materials. |
| Sheng, Hongwei (Howard) 生红卫 Staff Scientist, Shanghai Laboratory Email: hw.sheng@hpstar.ac.cn Phone: +86 (21) 8017-7097 Research Interest: Structural ordering and polyamorphism in liquids and glasses; Prediction of materials formation under high pressures; Phase transition mechanism and kinetics; Structure-property relationships of metastable materials. He currently leads a materials research group focusing on researches involving synchrotron x-ray radiation and computational modeling.
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| Wang, Lin 王霖 Staff Scientist, Shanghai Laboratory Email: wanglin@hpstar.ac.cn Phone: +86 (21) 8017-7104 Research Interest: Lin Wang's research interests are the properties of nano materials under high pressure; Synthesis of nano materials, Properties of low dimensional materials and High Tc superconductor, Nano focused Synchrotron x-ray, and diamond anvil cell techniques for ultra-high pressure. |
| Wang, Junyue 王寯越 Staff Scientist, Shanghai Laboratory Email: wangjy@hpstar.ac.cn Phone: +86 (21) 8017-7129 Research Interest: High pressure physics and technology; Synchrotron X-ray microscopy. |
| Wang, Yonggang 王永刚 Staff Scientist, Beijing Laboratory Email: yonggang.wang@hpstar.ac.cn Phone: +86 (10) 5698-1748 Research Interests: Inorganic Solid State Chemistry including material synthesis, functional materials, crystal structure determination and refinements based on the single crystal or powder XRD data.
High Pressure Switching Materials including structural phase transition, spin crossover, Mott transition and optical switching materials. |
| Weng, Tsu-Chien 翁祖谦 Staff Scientist, Shanghai Laboratory Email: tsuchien.weng@hpstar.ac.cn Phone: +86 (21) 8017-7130 Research Interest: Our research focus on the electronic structure and functionality of energy materials in chemical and photo-electrochemical catalysis using optical pump-probe and x-ray spectroscopy techniques. We track ultrafast dynamics of charge (electron or hole) and chemical transformation (chemical bonds formation/breaking) at the interface of functional materials (e.g. photocatalysts, photosensitizers, semi-conductors, low-dimensional materials, composite materials, etc.) at or far from equilibrium conditions. We apply X-ray spectroscopic techniques (XAS, XES, IXS) for in situ study of energy materials and chemical catalysis in operando conditions, as well as x-ray instrumentation R&D for Synchrotrons, XFELs for studying ultrafast processes. |
| Xiao, Hong 肖宏 Staff Scientist, Beijing Laboratory Email: hong.xiao@hpstar.ac.cn Phone: +86 (10) 5698-1750 Research Interest: Study unconventional superconductivity in strongly correlated material, including heavy fermion superconductors, pnictides and cuprates under extreme condition, low temperature, high pressure and high magnetic field. |
| Yan, Hao 晏浩 Staff Scientist, Shanghai Laboratory Email: yanhao@hpstar.ac.cn Phone: +86 (21) 8017-7103 Research Interest: Hao Yan's research interests are in understanding the evolution and properties of nano-materials through high pressure and high temperature experiments. |
| Yang, Liuxiang 杨留响 Staff Scientist, Beijing Laboratory Email: liuxiang.yang@hpstar.ac.cn Phone: +86 (10) 5698-1735 Research Interest: All the materials in a highly compressed status display lots fancy phenomenon beyond our imagination, after the correaltion with high temperature it increases exponentially. Series of novel materials have been synthesized under high pressure and temperature conditions. To reveal the mysteries of materials under extreme conditions is our interest. In our group most work will focusing on the laser heating and resistive heating in diamond anvil cells.
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| Yang, Wenge 杨文革 Staff Scientist and Associate Director, Shanghai Laboratory Email: yangwg@hpstar.ac.cn Phone: +86 (21) 8017-7043 Research Interest: Develop novel synchrotron radiation techniques (x-ray diffraction, imaging and spectroscopy) for high pressure research.
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| Zeng, Qiaoshi 曾桥石 Staff Scientist, Shanghai Laboratory Email: zengqs@hpstar.ac.cn Phone: +86 (21) 8017-7102 Research Interest: His research interest is mainly focused on understanding the structure and properties of amorphous materials and new materials synthesis by developing and utilizing various high pressure techniques including synchrotron radiation x-ray diffraction, imaging and spectroscopy etc.
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| Zeng, Zhidan 曾徵丹 Staff Scientist, Shanghai Laboratory Email: zengzd@hpstar.ac.cn Phone: +86 (21) 8017 7093 Research Interest: Using various high pressure techniques to understand the structure and properties of energy-related materials and group-14 elements (carbon, silicon, germanium, and related materials) under extreme conditions; synthesis of novel super-hard materials; mechanical properties and deformation of materials. |
| Zhang, Hengzhong 张衡中 Staff Scientist, Shanghai Laboratory Email: hengzhong.zhang@hpstar.ac.cn Phone: +86 (21) 8017 7095 Research Interest: Materials thermodynamics and kinetics; structure change of nanomaterials at different temperature, pressure and surface environment; effects of pressure on nanomaterial properties and behavior; nanomaterials synthesis and characterization; growth of nanocrystals via oriented attachment; molecular modeling of nanomaterials.
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| Zhang, Li 张莉 Staff Scientist, Shanghai Laboratory Email: zhangli@hpstar.ac.cn Phone: +86 (21) 8017-7100 Research Interest: Li Zhang's research interests are in understanding the evolution and properties of Earth and planets through high pressure and high temperature experiments.
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| Zheng, Haiyan 郑海燕 Staff Scientist, Beijing Laboratory E-mail: zhenghy@hpstar.ac.cn Phone: +86 (10) 5698-1752 Research Interest: Understanding the structural evolution and reaction of organic molecules in solid state under extreme conditions (high pressure, high temperature) which can lead to the development of materials with novel properties. Using diffraction (x-ray and neutron) and optical spectroscopy combined with the chemical analysis methods (solid-state NMR) to uncover the chemical reaction mechanism and reaction kinetic of organic molecules under high pressure.
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| Zhu, Jinlong 朱金龙 Staff Scientist, Beijing Laboratory E-mail: jinlong.zhu@hpstar.ac.cn Phone: +86 (10) 5698-1735 Research Interest: Novel quantum tuning of condensed matters under high pressure, like magnetic/ferroelectric property, topological matter, superconductivity, Mott phase transition, MIT transition. Self-assembled nano functional materials under high pressure. Natural Clathrate Hydrates under high pressure by using Neutron technology.
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